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Passive transient wave confinement due to nonlinear joints in coupled flexible systems
T. A. Nayfeh,
A. F. Vakakis
Mechanical Science and Engineering
Aerospace Engineering
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Keyphrases
Flexible System
100%
Transient Wave
100%
Backlash
100%
Nonlinear Joint
100%
Space Structure
50%
Design Optimization
50%
System Parameters
50%
Strong Coupling
50%
Structural Disorder
50%
Time-spatial
50%
Spatial Confinement
50%
Optimization Study
50%
Wave Motion
50%
Energy Confinement
50%
Nonlinear Localization
50%
Nonlinear Waves
50%
Repetitive Systems
50%
System Coupling
50%
Transient Propagation
50%
Passive Movement
50%
Nonlinear Backlash
50%
Waveguide-coupled
50%
Wave Localization
50%
Flexible Waveguide
50%
Optimum Energy
50%
Transient Confinement
50%
Engineering
Transients
100%
Joints (Structural Components)
100%
Backlash
75%
Applicability
25%
System Parameter
25%
Waveguide
25%
Structural Disorder
25%
Design Optimization
25%
Earliest Time
25%
Wave Motion
25%
Optimum Energy
25%
Mathematics
System Parameter
100%
Earliest Time
100%
Non-Linear Wave
100%